Project and Internships
To find a bachelor project, an internship, or a master project in CASA, you can contact any staff member. If you would like more general information, please talk to Arris Tijsseling (Scientific Computing), Oliver Tse (Applied Analysis), and Luc Florack (Applied Differential Geometry).
On this page, you find a few projects for bachelor and master students.
Local Projects
- Machine-Based Discovery of Entropies, Rafael Bailo
- Modelling Traffic and Pedestrian Dynamics via Neural Networks, Rafael Bailo
- Modelling and Simulation of the Formation of Planetary Rings, Rafael Bailo
- Untangling Knots Through Curve Repulsion, Rafael Bailo
- Structure-Preserving Simulation of Faceted Crystal Growth, Rafael Bailo
- Numerical Integration in Molecular Quantum Chemistry, Bjoern Baumeier
- Molecular Geometry Optimizations, Bjoern Baumeier
- Resolution of Identity: Optimization of auxiliary basis sets in Molecular Quantum Chemistry, Bjoern Baumeier
- Computational illumination optics, Jan ten Thije Boonkkamp, Martijn Anthonissen, Wilbert IJzerman
- Neural Operators for Preconditioning Iterative Solvers, Victorita Dolean
- Tracking of Vascular Trees with Vessel Boundaries and Artery-Vein Classification, Remco Duits
- Several Bachelor and Master Final Projects at the GLDG group (Geometric Learning and Differential Geometry), Remco Duits
- Several Bachelor and Master Final Projects at ADG group (Applied Differential Geometry), Luc Florack
- Modeling out of plane displacements in sheets of paper, Jos Maubach
- Mathematical Foundations of Inverse Gradient-Index Lens Design, Master thesis proposal (Joint Master’s Project: TU/e-UU), Koondi Mitra
- Finite elements for inverse optical design, Master thesis propsal, Koondi Mitra
- Multiscale science of dislocations, Mark Peletier
- Multiscale science of neural networks, Mark Peletier
- Upscaling GENERIC: A Mystery, Mark Peletier (master project with Markus Hütter of Mechanical Engineering)
- Make Mathematics waterproof with type theory and computer programs, Jim Portegies
- Evolution equations arising from moving boundary problems, Georg Prokert
- Accelerating the solution of slowly varying linear systems, Jemima M. Tabeart
- Data assimilation for epidemiology, Jemima M. Tabeart
- Joint state-parameter estimation for water networks, Jemima M. Tabeart
- Extended wave equation, Arris Tijsseling
- Buckling of liquid-filled tubes, Arris Tijsseling
- Timoshenko beams revisited, Arris Tijsseling
- Mathematical structures behind metaheuristic optimization, Oliver Tse
- Mathematical methods and theory for noisy quantum algorithms, Oliver Tse
- Data-driven model order reduction in computational mechanics, Karen Veroy-Grepl
- Hyperreduction for polytope division method, Karen Veroy-Grepl, Evie Nielen
External Projects & Internships
- Developing a sound probabilistic subsoil model for levee assessments, Master thesis project at Fugro
More information: Michiel Hochstenbach - Can Machine Learning beat the human ear in recognizing sounds from ships?, Master thesis project at TNO
More information: Michiel Hochstenbach - Hardware-Software co-design for AI/LLM workloads, Euclyd B.V., Eindhoven
More information Michiel Hochstenbach - Ptychography, project and internship at Thermo Fisher Scientific, Eindhoven
More info: Michiel Hochstenbach - Preconditioner update after grid refinement, Master thesis project and internship at Ignition Computing
More info: Michiel Hochstenbach - Optimization of sensor locations for flow-model validations, internship at ASML
More info: Arris Tijsseling - Multiphase damping, at TNO Delft
More info: Arris Tijsseling - Probabilistic Pressurized Thermal Shock, at NRG Petten
More info: Arris Tijsseling - Development of Machine Learning Models for Optical Metrology, at ASML
More info: Michiel Hochstenbach - Internships at Sioux Mathware
Sioux Mathware is a spin-off company from TU/e that applies mathematics and physics in industry in a very wide range of (technical) applications. They offer many challenging internships. Please check these project descriptions.
More info: werving_mathware@sioux.eu - Efficiency improvement of a viscous flow solver used for optimization of ships and propellers,at MARIN Wageningen
More info: Auke van der Ploeg, Jos Maubach - Data-Driven Model Order Reduction, at REDEN
More info: Ronald Kampinga, Karen Veroy